Hiroaki Ochi

Papers

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About

Hiroaki Ochi is a robotics researcher whose work focuses on the innovative design and control of tendon-driven and tensegrity robots. His major contributions lie in developing robots that can dynamically alter their shape and stiffness to achieve versatile locomotion and manipulation. Ochi’s most cited paper, “Prototype of a Tensegrity Robot with Nine Wires for Switching Locomotion and Calculation Method of the Balancing Internal Force” (2017, 7 citations), introduces a novel tensegrity robot composed of rigid rods and flexible wires. This robot can switch between rolling and gait locomotion by varying its shape, demonstrating a unique approach to adaptive movement. In his work “Stiffness evaluation of a tendon-driven robot with variable joint stiffness mechanisms” (2017, 4 citations), Ochi proposes a tendon-driven robot that adjusts joint stiffness by sliding mechanisms over links, enabling precise control over flexibility and rigidity. Additionally, his research on an “Outline Font Handler for Industrial Robots” (2018, 2 citations) addresses practical challenges in low-cost CAD/CAM interfaces, making industrial robots more accessible to users. Ochi’s work is notable for its integration of mechanical ingenuity with computational methods, pushing the boundaries of soft and adaptive robotics. His research has implications for applications ranging from search-and-rescue to industrial automation, where robots must navigate complex environments with variable terrain and tasks.